Abstract for: System Dynamics Modeling of Mortality Burden Attributable to Particulate Matter in South Korea

The study on the mortality burden attributable to particulate matter (PM) in South Korea embarks on a crucial mission to understand and address the complex relationship between PM exposure and its mortality burden. By employing a System Dynamics methodology, the research progresses through a systematic four-step process. It begins with constructing a Causal Loop Diagram (CLD) to represent the complex feedback loops influencing PM-related mortality. Subsequently, a Stock and Flow Diagram (SFD) is developed to quantitatively analyze PM dynamics. Yet, the current phase emphasizes the need for further development, transitioning from SFD to mathematical equations and simulations to assess policy scenarios effectively. The research underscores the important role of System Dynamics in offering dynamic insights into environmental health issues, aiming to provide evidence-based solutions to combat PM pollution and shape future policies for a healthier society.